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ACH-HA03
BESIN
Product Description
The core of this high-efficiency activated carbon honeycomb filter is its advanced honeycomb carbon substrate. Formed into a uniform, monolithic honeycomb structure via ceramic technology, it provides a larger effective adsorption surface area and more stable construction compared to traditional loose-fill carbon, and achieves a 95.7% formaldehyde purification rate and a TVOC removal efficiency exceeding 92%.
As a HVAC system activated carbon honeycomb filter, it delivers an exceptionally high adsorption capacity while minimizing airflow resistance, ensuring stable system operation and reduced energy consumption even in high-purification modes.
The integrated honeycomb carbon structure offers a larger adsorption area, outstanding ability to adsorb harmful substances and leading purification efficiency in the industry.
Designed for HVAC systems, its structure is optimized for air flow, easy to install without affecting equipment operation efficiency.
This activated carbon honeycomb filter meets national standard (GB) requirements, with stable and reliable performance, service life up to 2 years and low maintenance cost.
Item name | High-efficiency activated carbon honeycomb filter |
Base material | Activated carbon |
Frame material | Sponge or alu. profile |
Dimensions (W*D*H, mm) | Max. 110x110x120 (Customizable) |
Iodine (mg/g ) | 400-600 |
CTC (%) | 10-60 |
Specific Surface Area(m²/g) | 200-900 |
Application | HVAC system, gas purification, odor adsorption, catalyst carrier |
This hvac system activated carbon honeycomb filter is widely implemented in the central air conditioning systems of office buildings, medical facilities, and laboratories. Targeting TVOC, odors and various harmful gases in HVAC circulating air, and it also can effectively adsorbs formaldehyde left behind after renovations. It continuously purifies various chemical pollutants and odors from both recirculated and fresh air, significantly improving Indoor Air Quality (IAQ) to safeguard occupant health and equipment integrity. It is particularly suited for ventilation scenarios requiring sustained high air cleanliness.
